An agent-based approach for dependable planning of production sequences in automated production systems

Keyphrases

• Automated Production Systems 100%
• Multi-agent Approach 100%
• Product Management 100%
• Management Agent 100%
• Production Sequence 100%
• Supervisory Control 66%
• Resource Agent 66%
• Real-time Control 33%
• Real Environment 33%
• Reconfiguration 33%
• Time Duration 33%
• Polynomial Time 33%
• Graph Search 33%
• Planning Algorithms 33%
• Design Parameters 33%
• Knowledge Base 33%
• Production System 33%
• Software Engineering 33%
• Field-oriented Control 33%
• Agent-oriented Software Engineering 33%
• Production Planning 33%
• Technical Process 33%
• Transfer Path 33%
• Plant Resources 33%
• Production Transfer 33%
• Computation Complexity 33%
• Modular Software 33%
• Reasoning Algorithm 33%
• Manufactured Products 33%
• Discrete Reasoning 33%

Computer Science

• Production System 100%
• Management Agent 75%
• Planning Algorithm 25%
• Real-Time Environment 25%
• Software Engineering 25%
• Knowledge Base 25%
• Agent Oriented Software Engineering 25%
• Technical Process 25%
• reasoning algorithm 25%
• Design Parameter 25%
• Reconfiguration 25%
• Polynomial Time 25%
• Computation Complexity 25%

Engineering

• Production System 100%
• Engineering 50%
• Design Parameter 25%
• Polynomial Time 25%
• Reconfiguration 25%
• Supervisory Control 25%
• Dependability 25%
• Computation Complexity 25%
• Duration Time 25%
• Control Field 25%
• Knowledge Base 25%
• Real time control 25%